Antimony tinoxide, also known as antimony-doped tin dioxide or antimony tinoxide, is commonly abbreviated ATO. ATO is used extensively in coatings as well as chemical fibers, membranes, and many other areas.
The particle size is 30nm
Purity: 99.9%
Antimony Tin Oxide ATO Pulver:
Antimony Zin Oxide also known as Antimony Tin Doped Tin Dioxide. It’s a transparent, non-resistive conductive material used in semiconductor technology. It is versatile enough to be used in many glass and plastics. Antimony Zin Oxide has wide applications in many fields because of its high conductivity, light color transparency and anti-static radiation.
Antimony Zin Oxide is an internationally-recognized superior material that has many unique characteristics. The material exhibits good electrical conductivity and infrared absorption. It can absorb near-infrared radiation well, while maintaining transparency in the visible spectrum.
Antimony Tin Oxide – This is an insoluble and thermally stable aluminum source that can be used for ceramic, glass, and optical applications. Antimony tinoxide is one the most popular transparent conductive oxides. This compound has two main properties: optical transparency, conductivity and conductivity. These qualities are essential for solar cells as well as flat-panel display and photovoltaic systems.
Although the current technology is for creating particulate and small-particle tin dioxide and using acidic media to coat the surface, it has been very important to use nanoparticulate antimony doped tinoxide films on acid-sensitive material.
Antistatic coatings is the primary application for ATO powder. By adding nano-ATO powder (a conductive mix to the matrix resin such as acrylic and polyamide), you can create transparent, nanocomposite antistatic coatings. ATO powder has a better color control than the older conductive fillers which often use carbon black.

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Performance of Antimony Tin Oxide ATO Powder :
ATO (also known as antimony doped tin dioxide) is made mainly of tin and antimony. Most of the particles are between 5-80 nanometers.

Technical Parameters of Antimony Tin Oxide OTO Powder:





















How is Antimony Tin Oxide Powder manufactured?
There are several chemical techniques that can be used to make antimony-tin oxide conductive Nanomaterials. These include hydrothermal synthesy method, precipitation method.
This method, known as liquid phase coprecipitation, is most widely used. It’s the best and most reliable method to prepare conductive nanomaterials of tin dioxide antimony. An aqueous solution is used to prepare the nanomaterials. The solution also contains a mixture of salt and antimony. Ammonia and sodium hydroxide can be added to this solution. Precipitating agent, along with any other precipitating agents, precipitates the antimony and tin cations that coexist in the solution. After the precipitate has dried, it is washed and calcined into the nanopowder.

Applications of Antimony Tin Ole ATO Powder:
It is possible to add nanolevel ATO powder during fiber spinning. However, it is important that the ATO blends well with fiber materials.
Nano-level ATO and textile auxiliaries can be added to dye raw materials such as wool tops or polyester yarns. This will complete dyeing and functionalization within one step.
When dyeing or finishing grey fabrics, add nano-level ATO textile aids.
A nano ATO powder can be applied to plastics with a smaller particle size. Conductive ATO powder can be used to make plastic additives and plastic conductive masterbatch. ATO particles that are too big can have an adverse effect on the production process of conductive plastics. ATO raw material should be as small as possible. The following are other uses of antimony-tin oxide:
1. Antimony Tin oxide Nanoparticles exhibit excellent electrical and optical characteristics.
2.Antimony dioxide can be used for optoelectronic displays and flat panel devices such as LCD, LED and ECD.
Also, you can use antimony oxide in transparent electrodes and solar cells.
4. Antimony oxide is suitable to be used as antistatic in coatings, chemical fibre and polymer film industry because of its high conductivity.
5. Antimony Tin Oxide Nanoparticles have a high resistance to heat.
6.Antimony oxide can shield heat in glass or buildings.
7.Antimony dioxide can be used as a fog- and frost-preventer in both aircraft and car glass.
8.Antimony tin dioxide nanoparticles possess the attributes of reducing microwaves.
You can use antimony oxide in places that are susceptible to electromagnetic waves. Computer rooms, radars are examples of these areas.
Antimony Tin Oxide Powder Storage:
Antimony Tin Oxide Powdermust be stored dry, clean, and sealed. It cannot be exposed to the air.

Shipping and Packing of Antimony Tin Oride ATO Powder –
You can pack it in two plastic bags with the inside.
Antimony Tin Oxide powder packing: 100g, 500g and 1kg/bag. 25kg/barrel. Or as you request.
Antimony Tin Oride ATO Powder shipping Once payment is received, the order will be sent by mail, air or express.

Luoyang Tongrun Nano Technology Co. Ltd.
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Antimony Tin Oxide ATO Powder Properties

td width=”540″) x.str ATO: antimony doped zinc oxide, antimony -doped indium oxide, Sb -SnO.
antimony stannate, tin antimonate, tin(IV) antimonate, CAS 12673-86-8,
CAS 68187-54-2

128221-48-7 ATO Molecular Weigh 444.23 Appearance Blue Powder Melting Point N/A Solubility water Insoluble Density 6.8 g/cm3 Purity 99.90%

Particle Size

30nm Boling points N/A Particular Heat N/A Heating Conductivity N/A Thermal Expansion N/A Young’s Module N/A Exact N/A Monoisotopic Weight N/A

Antimony Tin Oxide ATO Powder Health & Safety Information

Safety Alert Warning Hazard Statements H315-H319 Flashing points N/A Hazard Codes Risk Codes 36/37/38 Security Statements 26 RTECS # N/A Transport Information

UN1549 6.1/PG 3

Germany 3

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